tx · GxmCHTy3QXoWCq5Tjgym7JKJGHYRpq4qXWhV6H2s2eYF

3N69YR9dGN9tJnhxGrURt5cQycjAN1zbQ9t:  -0.05000000 Waves

2021.02.01 01:55 [1378298] smart account 3N69YR9dGN9tJnhxGrURt5cQycjAN1zbQ9t > SELF 0.00000000 Waves

{ "type": 13, "id": "GxmCHTy3QXoWCq5Tjgym7JKJGHYRpq4qXWhV6H2s2eYF", "fee": 5000000, "feeAssetId": null, "timestamp": 1612133722353, "version": 2, "chainId": 84, "sender": "3N69YR9dGN9tJnhxGrURt5cQycjAN1zbQ9t", "senderPublicKey": "Bo16mjUNTGCeZDYvQc6gHh46P21B3DqYCHoDt9CyzxHf", "proofs": [ "5VZGa7n5Yv7aDNcrqjxUnqR27yvotYS8ZmBgzzkAMu19CmKtnkft3dx9VBdjysPZw7CQpRyh577i3aGox5XXzdVP" ], "script": 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"height": 1378298, "applicationStatus": "succeeded", "spentComplexity": 0 } View: original | compacted Prev: 2Fauq1pv6Dg27vmjSkFMGD49zeoagNNsifB4gWqiEVAd Next: HVMHvdPmeg8e2soqMZxPtnorCQA43t4PD3zc2Ri8nVee Diff:
OldNewDifferences
9292
9393
9494 @Callable(i)
95-func WLambertvalue (b1,b2) = {
96- let a = mnozenie(dzielenie(b1, b2), exp(dzielenie((b2 + (17 * b1)), (18 * b2))))
97- let wynik = LambertW0(a)
98- let wynik2 = dzielenie(mnozenie((9 * b1), b2), (mnozenie((wynik * 9), b2) - dzielenie((17 * b1), 200000000)))
99-[IntegerEntry("WLambertvalue", wynik2)]
100- }
95+func InwestycjaUSDN (wplata) = if (((balansUSDN + wplata) > balansUSDT))
96+ then {
97+ let b1 = balansUSDT
98+ let b2 = (balansUSDN + wplata)
99+ let a = mnozenie(dzielenie(b1, b2), exp(dzielenie((b2 + (17 * b1)), (18 * b2))))
100+ let W0 = LambertW0(a)
101+ let nowypoziom = dzielenie(mnozenie((9 * b1), b2), (mnozenie((W0 * 9), b2) - dzielenie((17 * b1), 200000000)))
102+ let wyplata = ((nowypoziom - poziom) / 9)
103+[IntegerEntry("WLambertvalue", wyplata)]
104+ }
105+ else {
106+ let b2 = balansUSDT
107+ let b1 = (balansUSDN + wplata)
108+ let a = mnozenie(dzielenie(b1, b2), exp(dzielenie((b2 + (17 * b1)), (18 * b2))))
109+ let W0 = LambertW0(a)
110+ let nowypoziom = dzielenie(mnozenie((9 * b1), b2), (mnozenie((W0 * 9), b2) - dzielenie((17 * b1), 200000000)))
111+ let wyplata = ((nowypoziom - poziom) / 9)
112+[IntegerEntry("WLambertvalue", wyplata)]
113+ }
101114
102115
Full:
OldNewDifferences
11 {-# STDLIB_VERSION 4 #-}
22 {-# SCRIPT_TYPE ACCOUNT #-}
33 {-# CONTENT_TYPE DAPP #-}
44 let e = 271828182
55
66 let kwotarownowagi = 10000000000000
77
88 let baza = (kwotarownowagi * 18)
99
1010 let enabled = getInteger(this, "enabled")
1111
1212 let poziom = getIntegerValue(this, "Poziom")
1313
1414 let balansUSDN = (assetBalance(this, base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d') * 100)
1515
1616 let balansUSDT = (assetBalance(this, base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y') * 100)
1717
1818 func ln (x) = log(x, 8, e, 8, 8, DOWN)
1919
2020
2121 func exp (x) = pow(e, 8, x, 8, 8, DOWN)
2222
2323
2424 func mnozenie (x,y) = fraction(x, y, 100000000)
2525
2626
2727 func dzielenie (x,y) = fraction(x, 100000000, y)
2828
2929
3030 func Halley (x,w) = {
3131 let wTimes = (mnozenie(w, exp(w)) - x)
3232 let wPlusOneTimes = mnozenie((w + 100000000), exp(w))
3333 if ((wTimes != 0))
3434 then (w - dzielenie(wTimes, (wPlusOneTimes - dzielenie(mnozenie((w + 200000000), wTimes), ((2 * w) + 200000000)))))
3535 else w
3636 }
3737
3838
3939 func continuedfraction (x) = dzielenie(x, (100000000 + dzielenie(x, (100000000 + dzielenie(x, (200000000 + dzielenie((x * 5), (300000000 + dzielenie((x * 17), (1000000000 + dzielenie((x * 133), (1700000000 + dzielenie((x * 1927), (1900000000 + dzielenie((x * 13582711), 9442300000000)))))))))))))))
4040
4141
4242 func LambertW0 (x) = Halley(x, continuedfraction(x))
4343
4444
4545 @Callable(i)
4646 func USDTnaUSDNnaUSDT () = {
4747 let oplata = fraction(i.payments[0].amount, 4, 10000)
4848 let kwotawymiany = fraction((i.payments[0].amount - oplata), 100, 1)
4949 if ((enabled == 1))
5050 then if ((i.payments[0].assetId == base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y'))
5151 then if ((kwotawymiany > (kwotarownowagi - balansUSDT)))
5252 then if ((balansUSDT >= kwotarownowagi))
5353 then {
5454 let nowypoziom = (poziom + kwotawymiany)
5555 let wyplata = mnozenie(baza, (ln(nowypoziom) - ln(poziom)))
5656 [ScriptTransfer(i.caller, (wyplata / 100), base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d'), ScriptTransfer(addressFromStringValue("3MreQWCMA3vhziCq8yMCf9BdBmHcZGrbW4S"), oplata, base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y'), IntegerEntry("Poziom", nowypoziom), IntegerEntry("Wyplata", fraction(wyplata, 1, 100)), IntegerEntry("Warunek", 1)]
5757 }
5858 else {
5959 let czesc1 = (kwotarownowagi - balansUSDT)
6060 let nowypoziom = (((balansUSDT + kwotawymiany) + baza) - kwotarownowagi)
6161 let wyplata = ((mnozenie(baza, (ln(nowypoziom) - ln(baza))) + poziom) - dzielenie(poziom, exp(dzielenie(czesc1, baza))))
6262 [ScriptTransfer(i.caller, (wyplata / 100), base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d'), ScriptTransfer(addressFromStringValue("3MreQWCMA3vhziCq8yMCf9BdBmHcZGrbW4S"), oplata, base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y'), IntegerEntry("Wyplata", fraction(wyplata, 1, 100)), IntegerEntry("Poziom", nowypoziom), IntegerEntry("Warunek", 2)]
6363 }
6464 else {
6565 let wyplata = (poziom - dzielenie(poziom, exp(dzielenie(kwotawymiany, baza))))
6666 let nowypoziom = (poziom - wyplata)
6767 [ScriptTransfer(i.caller, (wyplata / 100), base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d'), ScriptTransfer(addressFromStringValue("3MreQWCMA3vhziCq8yMCf9BdBmHcZGrbW4S"), oplata, base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y'), IntegerEntry("Wyplata", fraction(wyplata, 1, 100)), IntegerEntry("Poziom", nowypoziom), IntegerEntry("Warunek", 3)]
6868 }
6969 else if ((i.payments[0].assetId == base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d'))
7070 then if ((kwotawymiany > (kwotarownowagi - balansUSDN)))
7171 then if ((balansUSDN >= kwotarownowagi))
7272 then {
7373 let nowypoziom = (poziom + kwotawymiany)
7474 let wyplata = mnozenie(baza, (ln(nowypoziom) - ln(poziom)))
7575 [ScriptTransfer(i.caller, (wyplata / 100), base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y'), ScriptTransfer(addressFromStringValue("3MreQWCMA3vhziCq8yMCf9BdBmHcZGrbW4S"), oplata, base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d'), IntegerEntry("Poziom", nowypoziom), IntegerEntry("Wyplata", fraction(wyplata, 1, 100)), IntegerEntry("Warunek", 11)]
7676 }
7777 else {
7878 let czesc1 = (kwotarownowagi - balansUSDN)
7979 let nowypoziom = (((balansUSDN + kwotawymiany) + baza) - kwotarownowagi)
8080 let wyplata = ((mnozenie(baza, (ln(nowypoziom) - ln(baza))) + poziom) - dzielenie(poziom, exp(dzielenie(czesc1, baza))))
8181 [ScriptTransfer(i.caller, (wyplata / 100), base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y'), ScriptTransfer(addressFromStringValue("3MreQWCMA3vhziCq8yMCf9BdBmHcZGrbW4S"), oplata, base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d'), IntegerEntry("Wyplata", fraction(wyplata, 1, 100)), IntegerEntry("Poziom", nowypoziom), IntegerEntry("Warunek", 21)]
8282 }
8383 else {
8484 let wyplata = (poziom - dzielenie(poziom, exp(dzielenie(kwotawymiany, baza))))
8585 let nowypoziom = (poziom - wyplata)
8686 [ScriptTransfer(i.caller, (wyplata / 100), base58'cGfAv1s7NxGWL913wR2Lp9yFSY7DrkWip6YPQGJGc6y'), ScriptTransfer(addressFromStringValue("3MreQWCMA3vhziCq8yMCf9BdBmHcZGrbW4S"), oplata, base58'DL67xXsNV42GiRUY1XMTXNyLCs42gnEL8jizPLBbrb8d'), IntegerEntry("Wyplata", fraction(wyplata, 1, 100)), IntegerEntry("Poziom", nowypoziom), IntegerEntry("Warunek", 31)]
8787 }
8888 else throw("Nieobsługiwany asset")
8989 else throw("Kontrakt tymczasowo wyłączony")
9090 }
9191
9292
9393
9494 @Callable(i)
95-func WLambertvalue (b1,b2) = {
96- let a = mnozenie(dzielenie(b1, b2), exp(dzielenie((b2 + (17 * b1)), (18 * b2))))
97- let wynik = LambertW0(a)
98- let wynik2 = dzielenie(mnozenie((9 * b1), b2), (mnozenie((wynik * 9), b2) - dzielenie((17 * b1), 200000000)))
99-[IntegerEntry("WLambertvalue", wynik2)]
100- }
95+func InwestycjaUSDN (wplata) = if (((balansUSDN + wplata) > balansUSDT))
96+ then {
97+ let b1 = balansUSDT
98+ let b2 = (balansUSDN + wplata)
99+ let a = mnozenie(dzielenie(b1, b2), exp(dzielenie((b2 + (17 * b1)), (18 * b2))))
100+ let W0 = LambertW0(a)
101+ let nowypoziom = dzielenie(mnozenie((9 * b1), b2), (mnozenie((W0 * 9), b2) - dzielenie((17 * b1), 200000000)))
102+ let wyplata = ((nowypoziom - poziom) / 9)
103+[IntegerEntry("WLambertvalue", wyplata)]
104+ }
105+ else {
106+ let b2 = balansUSDT
107+ let b1 = (balansUSDN + wplata)
108+ let a = mnozenie(dzielenie(b1, b2), exp(dzielenie((b2 + (17 * b1)), (18 * b2))))
109+ let W0 = LambertW0(a)
110+ let nowypoziom = dzielenie(mnozenie((9 * b1), b2), (mnozenie((W0 * 9), b2) - dzielenie((17 * b1), 200000000)))
111+ let wyplata = ((nowypoziom - poziom) / 9)
112+[IntegerEntry("WLambertvalue", wyplata)]
113+ }
101114
102115

github/deemru/w8io/169f3d6 
48.66 ms